Presentation: Enchant Your AI and APIs with eBPF Magic 🪄
Kernel-level socket hooks just became your AI agent firewall—no code changes, no restarts.
Why it matters
eBPF enables transparent, infrastructure-level control of AI agent behavior in production (prompt filtering, model swapping, token limits, syscall restrictions) without touching application code—a critical security pattern for autonomous systems at scale.
The key facts
12 to knoweBPF kernel-level socket hooks intercept AI API traffic in Kubernetes
Transparent prompt filtering and model swapping without source code modification
Token limits and syscall restrictions enforced at kernel level
No container restart required for policy changes
Addresses unowned (AI-generated) code execution risk in production
Demonstration of agent security infrastructure pattern
eBPF socket hooks enable transparent AI API traffic interception in Kubernetes
Kernel-level controls: prompt filtering, model swapping, token limits, syscall restrictions
No application source code modification required
No container restart required
Focus on securing unowned/third-party AI-generated code in production
Agent governance without invasive instrumentation
Go to the source
InfoQ AI/MLinfoq.com
Publisher excerpt: Dan Finneran discusses the risks of unowned AI-generated code in production and demonstrates how eBPF can intercept and control AI API traffic in Kubernetes. He explains how kernel-level socket hooks enable transparent prompt filtering, model swapping, token limits, and syscall restrictions to…